DIOT Zynq Ultrascale-based System Board
The DI/OT System Board is one of the main components of the Distributed I/O Tier project ecosystem. It is mechanically and electrically compliant with the Compact PCI Serial standard (CPCI-S.0). As part of the integration with the Sinara ecosystem for quantum physics experiments, DI/OT System Board will have two executions to serve both CERN and Sinara requirements.
The DI/OT System Board controls the whole DI/OT crate, communicating with up to 8 Peripheral Boards and higher layers of the control system using White Rabbit, Gigabit Ethernet or any other industrial fieldbus.
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ARM FMC FMC Carrier WR Node White Rabbit DI/OT SoC TRL4Compatible Projects
DIOT Kintex Ultrascale-based Peripheral Board FMC Carrier
The DI/OT FMC Carrier Peripheral Board is one of the main components of the Distributed I/O Tier project ecosystem
DIOT Peripheral Board Loop-back
Simple DI/OT Peripheral Board Loop-back to test all connections of DI/OT System Boards during production screening and other reliability tests
FMC DIO 5ch TTL a
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FSI DIOT Photodetection module 8ch
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White Rabbit Switch - Hardware
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DIOT CompactPCI Serial crate hardware
The 3U crate is a main component of the Distributed I/O Tier hardware kit
White Rabbit Switch - Hardware V4
This project describes the development of the hardware of the White Rabbit Switch version 4 (WRS-v4)
WRS Fan-less hardware
The White Rabbit Switch is the central element of a White Rabbit network and was designed as a part of the White Rabbit project
WRS with low jitter logic integrated
The White Rabbit Switch Low Jitter (WRS-3-LJ/18) is a new version of the White Rabbit Switch which counts with a series of improvements that enable its use in more demanding time and frequency distribution applications
WRS-318 with LJD prepared hardware
An 18-port White Rabbit switch V3.4 that is prepared for the Low-Jitter Daughterboard